Nanotechnology for High-Tech Industries: Light-Emitting Diodes
On the Russian population opinion one of the most urgent ecology problems is the water pollution. By the data of Russian Federal Consumer Rights Protection and Human Health Control Service about 37% of the surface sources of centralized drinking water supply don`t meet sanitary norms and rules and 22% of Russian citizens do not have access to centralized water supply .
The study outlined three possible ways of overcoming above marked problems. The first method is based on the modern industrial-management scheme which is traditional for water provision in Russia. The second option suggests cleaning up sources of water intakes. The third way shows an option of varying treatment methods and technologies, depending on customer needs.
The Roadmap developed by Higher School of Economics and Rusnano indentified that nanotechnologies increase the efficiency and decrease energy consumption of traditional as well as innovation processes of water purification. In particular the perspective area of nanotechnology application is lies in the sphere of innovation sorbents and coagulants. Moreover nanotechnologies can also be used in baromembrane processes and membrane bioreactors.
Innovation technologies, processes and products implementation should be specific to individual regions and municipalities. This approach is based on the compliance of centralized and decentralized water supply, inlet and outlet water quality.
The Roadmap results are designed for the formation of government and regional policy on the pure water provision for population and industrial water treatment. Furthermore it indicates the most relevant business ideas and evaluates projects for nanotechnology and nanoproducts used in this field.
The paper provides a number of proposed draft operational guidelines for technology measurement and includes a number of tentative technology definitions to be used for statistical purposes, principles for identification and classification of potentially growing technology areas, suggestions on the survey strategies and indicators. These are the key components of an internationally harmonized framework for collecting and interpreting technology data that would need to be further developed through a broader consultation process. A summary of definitions of technology already available in OECD manuals and the stocktaking results are provided in the Annex section.
In the current climate of sanctions imposed against Russia by several countries in 2014, special attention should be given to high-tech sectors of the economy as a key source of import substitution on the domestic market. One of the important policy measures is to support the development of high-tech, specialized clusters by forming new linkages and strengthening existing ones between small and medium-sized businesses, large enterprises, and research organizations. The starting point for an effective cluster policy is to define areas with high potential for clustering of these industries. The paper presents an original method to identify potential clusters and tests the method on Russian regions. We show that most of the state-supported pilot innovative territorial clusters are being developed in regions and sectors that have a high level of cluster potential. A typology of existing clusters depends on the index of clustering potential. We identified regions that have similar or comparatively favourable conditions for creating clusters in the pilot sectors.
The authors explore attempts of the Russian authorities on modernisation in three related areas: technological, economic and political. Mechanisms for technological modernisation and political system reforms are analyzed. The paper also studies the role of partnerships with international organizations in facilitation of the modernisation processes.
Transhumanism is the brand-new term, which appears only in the beginning of the 21st century. The adherents of this term consider further development of humanity in a close contact with nanotechnology. People were always interested in how to improve the quality of life and prolong it. Medieval alchemists didn’t find the philosopher’s stone, the Holy Grail is still a legend. The Third Reich scientist’s experiments influenced in the development of medicine, but didn’t reveal the secret of immortality. In the 21st century scientists came more than ever closer to the creation of perfect man with the help of nanotechnology. How do philosophers consider this breakthrough in philosophy of technics?